Beijing Institute of Technology Academic network-冰球突破

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The Beijing Institute of Technology 1 satellite was successfully launched
At 13:00 on July 25, the "North Technology No. 1" satellite took the hyperbola 1 of Interstellar Honor Company...
Great progress has been made in the research of humanoid robot in Beijing Institute of Technology
Beijing Institute of Technology new humanoid robot outdoor grass walking
Btu won two awards at IEEE IGARSS 2019
From July 28 to August 2, the 39th IEEE International Earth Science and Teleportation was held in Yokohama, Japan...
The former functional combination of organic porous polymer materials...
Organic porous polymer materials (POPs) have good chemical stability, high specific surface area and easy functionalization...
Beit has made important progress in the field of gas cluster chemistry
Recently, the team of Associate Professor Ma Jiabi of the School of Chemistry and Chemical Engineering of North Technology has passed mass spectrometry experiments and anion photoelectron energy...
Beijing Institute of Technology in the "Accounts of chemical research" issued...
Nanase is a kind of nanomaterial with enzymatic properties, which has strong catalytic activity, good stability and cost...
Beijing Institute of Technology has made new research achievements in UAV communication
Recently, Professor Kuang Jingming of the School of Information and Electronics of Beijing Institute of Technology and his team worked on 5G/ post-5G wireless transmission technology...
Beijing Institute of Technology in navigation satellite-based interferometric synthetic aperture radar shape...
冰球突破官网信息与电子学院毛二可院士、龙腾教授创新团队的最新研究成果《基于导...
In terms of metamaterials to improve the performance of 5G MIMO antenna system...
Recently, the Beijing Institute of Technology School of Information and Electronics Associate Professor Si Liming, master student Jiang Haixin, Lv Xinjiao...
Beitech in soluble organic porous polymers for two-phase catalysis...
Organic porous polymer (POPs) is a new kind of porous material, which has a wide application prospect。北...
Beit has achieved important achievements in supramolecular polymerization of block copolymers.
Recently, the research group of Luo Yunjun and Li Xiaoyu from the Beijing Institute of Materials Science and Technology proposed a new block copolymer supramolecule...
Beijing Institute of Technology has made important progress in the field of solid-liquid interface
Recently, the top SCI Journal in the field of international chemistry and materials, Journal of the American Chemical Society (Journal)...
Beijing Institute of Technology has made new research progress in air comprehensive purification
Recently, the team of Professor Wang Bo and Assistant Professor Ma Xiaojie of the Beijing Institute of Technology has made new achievements in comprehensive air purification...
Huang Yuanyu research group of the Front Crossing Institute of Beijing Institute of Technology was published in Biotechno...
Recently, Huang Yuanyu, a special associate researcher at the Institute of Frontier and Interdisciplinary Science of the Beijing Institute of Technology, was the top researcher in the field of biotechnology...
The Beijing Institute of Technology proposes a non-reciprocity method based on multilayer metamaterial surfaces.
Recently, Professor Huang Lingling and others from Professor Wang Yongtian's team at the College of Optoelectronics of North Technology and Professor Paderborn University of Germany...
Beijing Institute of Technology has obtained...
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Beijing Institute of Technology has made important progress in the research and development of drugs against drug-resistant bacteria
Clinically, the original antibiotics have failed, drug-resistant bacteria are increasingly widespread, and every year in Europe and the United States die from drug-resistant bacterial infections...
Beijing Institute of Technology in the sodium-ion battery key materials research...
A few days ago, Professor Chen Renjie's research group of Beijing Institute of Technology designed and developed a series of new structural compositions with excellent performance...

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